The Design And Realization Of Version Management Platform Base On SOA

With the continuous development of computer and network technology, networkmanagement, a great deal of influence. Network is not only the communication for enterprises,but also daily work and management in the information systems. Carry out staff’s daily workand internal information exchange and sharing is an essential behavior.Unified Storage refers to the network storage architecture, unlike the traditionalstand-alone storage, which is an integrated solution through the network in different areas andhas been widely accepted and widespread use. The emergence of unified storage for enterpriseinformation data storage, data security, provides the perfect solution. In this paper, a practicalcase project (WH version management platform), design and implementation based version ofthe unified storage management platform and SOA. The main work of the following:1, the analysis of compiled version management within the enterprise, more complete anddescribes the system’s functional requirements;2, the functional requirements of the analysis system, based on Microsoft’s. NETtechnology, Internet Information Server (IIS), the logical architecture and physical design ofthe system, describing the hierarchy of functional modules;To the principles of architecture design guidance for the detailed design of the system as asystem development guidance;4, system build and implementation, R&D version of the rights management system,version query, and SOA as the guiding ideology of integration of electronic processes and PBI,timed task agents and other functional modules, carried out a detailed study and functionalprototype production.With the completion of the system and on-line and put into use, will provide the WHcompanies in product testing, publishing and archive management efficiency has greatlyimproved, and improve test from product development, de livery, assessment test, productrelease and the final product archive a set of processes, and make full use of existing systems,improve information exchange and sharing between systems; solve the version of the productdata storage, scattered storage of waste storage space problems, and improve the utilization ofstorage space. The successful implementation of the project, but also makes the author to havea more in-depth understanding of the design and implementation of similar systems in theenterprise, has accumulated a rare experience for the future work.